Hoth Sebastian, Baljić Izet
Functional Area of Audiology, Department of Otolaryngology, University of Heidelberg, Germany.
Department of Otolaryngology, HELIOS Hospital of Erfurt, Germany.
GMS Curr Top Otorhinolaryngol Head Neck Surg. 2017 Dec 18;16:Doc09. doi: 10.3205/cto000148. eCollection 2017.
Today's audiological functional diagnostics is based on a variety of hearing tests, whose large number takes account of the variety of malfunctions of a complex sensory organ system and the necessity to examine it in a differentiated manner and at any age of life. The objective is to identify nature and origin of the hearing loss and to quantify its extent as far as necessary to dispose of the information needed to initiate the adequate medical (conservative or operational) treatment or the provision with technical hearing aids or prostheses. Moreover, audiometry provides the basis for the assessment of impairment and handicap as well as for the calculation of the degree of disability. In the present overview, the current state of the method inventory available for practical use is described, starting from basic diagnostics over to complex special techniques. The presentation is systematically grouped in subjective procedures, based on psychoacoustic exploration, and objective methods, based on physical measurements: preliminary hearing tests, pure tone threshold, suprathreshold processing of sound intensity, directional hearing, speech understanding in quiet and in noise, dichotic hearing, tympanogram, acoustic reflex, otoacoustic emissions and auditory evoked potentials. Apart from a few still existing gaps, this method inventory covers the whole spectrum of all clinically relevant functional deficits of the auditory system.
当今的听力学功能诊断基于多种听力测试,其数量众多是考虑到一个复杂感觉器官系统故障的多样性,以及在生命的任何年龄段以差异化方式对其进行检查的必要性。目的是确定听力损失的性质和根源,并在必要时量化其程度,以获取启动适当医疗(保守或手术)治疗或提供技术听力辅助设备或假体所需的信息。此外,听力测定为评估损伤和残疾以及计算残疾程度提供了基础。在本综述中,描述了可实际应用的方法清单的当前状态,从基本诊断到复杂的特殊技术。介绍内容系统地分为基于心理声学探索的主观程序和基于物理测量的客观方法:初步听力测试、纯音阈值、声音强度的阈上处理、定向听力、安静和噪声环境下的言语理解、双耳分听、鼓室图、声反射、耳声发射和听觉诱发电位。除了一些仍然存在的空白外,该方法清单涵盖了听觉系统所有临床相关功能缺陷的整个范围。